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eLibrary > PD IEC/TS 62656-2:2013 Standardized product ontology register and transfer by spreadsheets - Application guide for use with the IEC common data dictionary (CDD) >

PD IEC/TS 62656-2:2013 Standardized product ontology register and transfer by spreadsheets - Application guide for use with the IEC common data dictionary (CDD), 2013

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PD IEC/TS 62656-2:2013 Standardized product ontology register and transfer by spreadsheets - Application guide for use with the IEC common data dictionary (CDD), 2013

30291271.pdf [Go to Page]
English [Go to Page]
CONTENTS
FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms and definitions
4 Overview [Go to Page]
4.1 General
4.2 Data dictionary
4.3 Data parcel
4.4 Blank parcel sheets
5 Common cases for defining ontological elements [Go to Page]
5.1 Semantics
5.2 Assigning an identifier
5.3 Assigning a definition class
5.4 Attributes to be considered
6 Specifying structures for data dictionaries [Go to Page]
6.1 General
6.2 Classification tree
6.3 Reuse of properties, data types and documents in other branches
6.4 Composition tree
7 Defining ontological elements by optional parcels [Go to Page]
7.1 Defining enumerations
7.2 Defining named data types
7.3 Defining information of external resources
7.4 Defining units of measurement
7.5 Defining relationships between ontological elements
8 Advanced concepts [Go to Page]
8.1 Implementation of condition
8.2 Implementation of cardinality
8.3 Implementation of blocks and lists of properties (LOPs)
8.4 Implementation of polymorphism
8.5 Alternate IDs
9 Data file representation for storage and exchange [Go to Page]
9.1 CSV format for representation of data parcels
9.2 Cell delimiter
9.3 Line feed character
9.4 Space character
9.5 Character encoding
10 Conformance to implementation for the IEC CDD
Annex A (normative) Information object registration – Document identification
Annex B (informative) Examples of pattern constraints for attributes
Annex C (informative) Examples for attribute values
Annex D (informative) Sample data
Annex E (informative) Parcelling tools
Bibliography
Figures [Go to Page]
Figure 1 – Typical use scenario
Figure 2 – Data dictionary
Figure 3 – Spreadsheet implementation
Figure 4 – Parcel sheet
Figure 5 – Semantic definitions of ontological elements
Figure 6 – Identification of ontological elements
Figure 7 – Example of a simple classification tree
Figure 8 – Parcel implementation for simple classification trees
Figure 9 – Example of import mechanism
Figure 10 – Parcel implementation for case of relationships
Figure 11 – Composition relationship between two branches
Figure 12 – Example of a composition tree
Figure 13 – Parcel implementation for composition trees
Figure 14 – Example of a use case of enumeration
Figure 15 – Parcel implementation for enumerations
Figure 16 – Parcel implementation for named data types
Figure 17 – Parcel implementation for document references
Figure 18 – Parcel implementation for unit of measurement
Figure 19 – UML package diagram by relations
Figure 20 – Parcel implementation of UML packages by predicate relations
Figure 21 – UML package diagram by functions
Figure 22 – Parcel implementation of UML packages by functions
Figure 23 – Example of condition
Figure 24 – Parcel implementation for condition
Figure 25 – Example of cardinality
Figure 26 – Parcel implementation for cardinality
Figure 27 – View example of a LOP and nested blocks
Figure 28 – Example of use case of blocks
Figure 29 – Example of a composition view of an LOP
Figure 30 – Parcel implementation for blocks
Figure 31 – Example of a use case of polymorphism
Figure 32 – Example of composition view for polymorphism
Figure 33 – Parcel implementation for polymorphism
Figure 34 – Example of a use case of polymorphism with multiple choices
Figure 35 – Example of composition view for polymorphism with multiple choices
Figure 36 – Parcel implementation for polymorphism with multiple choices
Figure 38 – Example of how to escape the line feed characters
Tables [Go to Page]
Table 1 – Property data element type for condition
Table 2 – POM conformance classes
Table B.1 – Examples of pattern constraints for attributes (1 of 3)
Table C.1 – Examples of attribute values (1 of 3)
Français [Go to Page]
SOMMAIRE
AVANT-PROPOS
INTRODUCTION
1 Domaine d'application
2 Références normatives
3 Termes et définitions
4 Vue d'ensemble [Go to Page]
4.1 Généralités
4.2 Dictionnaire de données
4.3 Paquet de données
4.4 Feuilles de paquet vierges
5 Cas communs de définition d'éléments ontologiques [Go to Page]
5.1 Sémantique
5.2 Attribution d'identificateur
5.3 Attribution d’une classe de définition
5.4 Attributs à prendre en considération
6 Spécification des structures des dictionnaires de données [Go to Page]
6.1 Généralités
6.2 Arbre de classification
6.3 Réutilisation des propriétés, des types de données et des documents dans d'autres branches
6.4 Arbre de composition
7 Définition des éléments ontologiques par des paquets facultatifs [Go to Page]
7.1 Définition des énumérations
7.2 Définition des types de données nommés
7.3 Définition des informations des ressources externes
7.4 Définition des unités de mesure
7.5 Définition des relations entre les éléments ontologiques
8 Concepts avancés [Go to Page]
8.1 Mise en œuvre de la condition
8.2 Mise en œuvre de la cardinalité
8.3 Mise en œuvre de blocs et de listes de propriétés (LOP)
8.4 Mise en œuvre de polymorphisme
8.5 Identificateurs alternatifs
9 Représentation de fichier de données pour le stockage et l'échange [Go to Page]
9.1 Format CSV pour la représentation des paquets de données
9.2 Délimiteur de cellules
9.3 Caractère de saut de ligne
9.4 Caractère d'espace
9.5 Codage de caractères
10 Conformité à la mise en œuvre du CEI CDD
Annexe A (normative) Enregistrement d'objet d'informations – Identification de document
Annexe B (informative) Exemples de contraintes de modèle pour les attributs
Annexe C (informative) Exemples de valeurs d'attribut
Annexe D (informative) Échantillons de données
Annexe E (informative) Outils de paquetage
Bibliographie
Figures [Go to Page]
Figure 1 – Scénario classique d'utilisation
Figure 2 – Dictionnaire de données
Figure 3 – Mise en œuvre d'un tableur
Figure 4 – Feuille d’un paquet
Figure 5 – Définitions sémantiques des éléments ontologiques
Figure 6 – Identification des éléments ontologiques
Figure 7 – Exemple d'arbre de classification simple
Figure 8 – Mise en œuvre de paquet pour des arbres de classification simples
Figure 9 – Exemple de mécanisme d'importation
Figure 10 – Mise en œuvre de paquet pour les relations case_of
Figure 11 – Relation de composition entre deux branches
Figure 12 – Exemple d'arbre de composition
Figure 13 – Mise en œuvre de paquet pour les arbres de composition
Figure 14 – Exemple d’un cas d'utilisation d'énumération
Figure 15 – Mise en œuvre de paquet pour les énumérations
Figure 16 – Mise en œuvre de paquet pour les types de données nommés
Figure 17 – Mise en œuvre de paquet pour les références de document
Figure 18 – Mise en œuvre de paquet pour l'unité de mesure
Figure 19 – Diagramme de paquetage UML par relations
Figure 20 – Mise en œuvre d’un paquet de paquetages UMLpar des relations de prédicat
Figure 21 – Diagramme de paquetage UML par fonctions
Figure 22 – Mise en œuvre de paquet des paquetages UML par fonctions
Figure 23 – Exemple de condition
Figure 24 – Mise en œuvre de paquet pour la condition
Figure 25 – Exemple de cardinalité
Figure 26 – Mise en œuvre de paquet pour la cardinalité
Figure 27 – Exemple de vue d'une LOP et de blocs imbriqués
Figure 28 – Exemple de cas d'utilisation de blocs
Figure 29 – Exemple d’une vue de composition d’une LOP
Figure 30 – Mise en œuvre de paquet pour les blocs
Figure 31 – Exemple de cas d'utilisation de polymorphisme
Figure 32 – Exemple de vue de composition pour le polymorphisme
Figure 33 – Mise en œuvre de paquet pour le polymorphisme
Figure 34 – Exemple de cas d'utilisation de polymorphisme à choix multiples
Figure 35 – Exemple de vue de composition pour le polymorphisme à choix multiples
Figure 36 – Mise en œuvre de paquet pour le polymorphisme à choix multiples
Figure 37 – Mise en œuvre de paquet pour l'identificateur alternatif
Figure 38 – Exemple d'échappement des caractères de saut de ligne
Tableaux [Go to Page]
Tableau 1 – Type d’élément de données de propriétés pour la condition
Tableau 2 – Classes de conformité POM
Tableau B.1 – Exemples de contraintes de modèle pour les attributs (1 de 3)
Tableau C.1 – Exemples de valeurs d'attribut (1 de 3) [Go to Page]

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